The inspiration for my research comes from a deep curiosity to uncover the mysteries of nature.”
Abhinav Roy
PhD Candidate in Materials Science and Engineering
Abhinav Roy is a PhD candidate in the Department of Materials Science and Engineering in the McCormick School of Engineering. His research focuses on understanding how metallic materials corrode at the atomic level in order to better predict and prevent corrosion. Abhinav was awarded a Ryan Fellowship in 2024.
How would you describe your research and/or work to a non-academic audience?
I study the corrosion of metallic materials, a phenomenon most of us recognize, such as the rusting of iron. Although corrosion is common and visible in everyday life, we do not fully understand what happens at the atomic level. Using tools from computational materials science, my research aims to unravel the atomic-scale mechanisms behind corrosion. This knowledge can help improve strategies to predict and prevent corrosion.
What have been some of the most memorable twists and turns of your career?
One of the most memorable twists and turns in my career was deciding to join graduate school and pursue a PhD! Initially, I had little clarity about prospects in my field, but this decision was a transformative experience. It sparked a passion for research that I hadn’t anticipated. I owe this incredible turn of events to my mentors and teachers, whose guidance and encouragement helped me discover my potential and shape my career path.
Tell us what inspired your research and/or work.
The inspiration for my research comes from a deep curiosity to uncover the mysteries of nature. While one lifetime may not be enough to find answers to every question, the pursuit of asking and exploring those questions is my source of motivation. This endless quest for understanding drives my passion for research in corrosion science.
What do you find both rewarding and challenging about your research and/or work?
The interdisciplinary nature of my research is both its most significant challenge and reward. It combines tools, methods, and concepts from various scientific disciplines, making the work stimulating and complex. At the same time, the most fulfilling aspect is the collaboration it encourages—bringing together experts from different fields to work toward a common scientific objective.
What is the biggest potential impact or implication of your work?
The biggest potential impact of my work lies in the ability to develop a comprehensive theory of corrosion, understanding how atomic-scale factors influence this process. If successful, this knowledge could enable the design of advanced corrosion-resistant materials for virtually any application imaginable. Such durable and sustainable materials are crucial for improving infrastructure, reducing maintenance costs, and ambitious goals like supporting humanity’s efforts to become a multi-planetary species.
Why Northwestern?
Now that I am part of Northwestern, I can confidently say there’s no other place I’d rather be. Being surrounded by incredibly intelligent, curious, and supportive peers creates an environment that inspires growth and collaboration, making Northwestern the perfect place to pursue my research and aspirations.
How do you unwind after a long day?
After a long day, I unwind by listening to music and stargazing with my telescope.
What advice would you give your younger self or someone considering a similar path?
I would tell my younger self, or anyone considering a similar path, never to miss an opportunity to learn something new. Embrace every chance to expand your knowledge, no matter how small it may seem. Learning is a lifelong journey; there’s no greater joy than discovering and growing through new experiences.
Publish Date: June 17, 2025
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